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MCCB 160A 3-Pole – High Capacity Circuit Breaker

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MCCB 160A 3-Pole – High Capacity Circuit Breaker

This 160A 3-Pole MCCB (Molded Case Circuit Breaker) provides reliable overcurrent and short-circuit protection for demanding industrial, commercial, and large-scale electrical systems. Built to IEC/EN 60947-2 standards with ICU 21 and ICS 21 ratings, it ensures stable performance and smooth circuit transitions. The 3-pole configuration delivers balanced protection for 3-phase systems, while its durable flame-retardant construction guarantees long service life in challenging environments. With a high current capacity and compatibility with modular accessories, it is ideal for applications requiring robust and consistent electrical safety.

Applications:

  • Industrial systems – for heavy machinery and power distribution
  • Commercial facilities – for main distribution boards
  • Backup power setups – for generator and UPS safety integration
  • Renewable energy plants – for solar and wind distribution systems
  • Large residential complexes – for incoming 3-phase main power
$17.06

Original: $48.74

-65%
MCCB 160A 3-Pole – High Capacity Circuit Breaker

$48.74

$17.06

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Description

This 160A 3-Pole MCCB (Molded Case Circuit Breaker) provides reliable overcurrent and short-circuit protection for demanding industrial, commercial, and large-scale electrical systems. Built to IEC/EN 60947-2 standards with ICU 21 and ICS 21 ratings, it ensures stable performance and smooth circuit transitions. The 3-pole configuration delivers balanced protection for 3-phase systems, while its durable flame-retardant construction guarantees long service life in challenging environments. With a high current capacity and compatibility with modular accessories, it is ideal for applications requiring robust and consistent electrical safety.

Applications:

  • Industrial systems – for heavy machinery and power distribution
  • Commercial facilities – for main distribution boards
  • Backup power setups – for generator and UPS safety integration
  • Renewable energy plants – for solar and wind distribution systems
  • Large residential complexes – for incoming 3-phase main power